Researchers at Columbia University developed a technique based on Raman Spectroscopy that will allow imaging of up to 24 biomolecular structures at a time and facilitate the study of complex biological processes.
Left: Graph showing the dye colors and how they are each at distinct wavelengths. Right: Dyes were used to label different molecules in cancer cells and imaged using Stimulated Raman Scattering microscopy.
Researchers at Columbia University developed a technique based on Raman Spectroscopy that will allow imaging of up to 24 biomolecular structures at a time and facilitate the study of complex biological processes.
Left: Graph showing the dye colors and how they are each at distinct wavelengths. Right: Dyes were used to label different molecules in cancer cells and imaged using Stimulated Raman Scattering microscopy.